Legal claims defining the scope of protection. Each claim is shown in both the original legal language and a plain English translation.
1. A system for controlling a content generation system comprising: a command interface for receiving an issued command of a plurality of commands comprising artist command, song/title command, genre command, and album/filtered list command; processing means coupled to the command interface comprising non-volatile memory including instructions for receiving the issued command and for causing the content generation system to present content associated with the issued command and including a mode for presentation of additional content after presentation of the content associated with the issued command, wherein the mode comprises obtaining a summary music identification value from the content being presented in response to the issued command and presenting additional content based on the summary music identification value, wherein the mode further comprises obtaining a user-varied acceptable range of matching between the summary music identification value of the content being presented and a summary music identification value of the additional content in order to produce different playlists including a first playlist, the acceptable range being user-variable along a ranged scale comprising a plurality of points, wherein each point represents a degree of matching between the summary music identification value of the content being presented and the summary music identification value of the additional content, and wherein playlists that are produced comprise additional content matching the content being presented within the acceptable range, and wherein the additional content is added to the first playlist, and wherein the additional content in the first playlist is retrieved from at least one non-local source and at least one local source, and a loudspeaker configured to play back the additional content, where the issued command is a voice command, and wherein the additional content in the first playlist comprises a first song from the at least one non-local source and a second song from the at least one local source, and where the mode comprises obtaining meta data of the content associated with the issued command and using the meta data to select additional content, wherein the first song is obtained from an internet streaming service, and wherein the second song is obtained from a local MP3 library.
This system controls a content generation system, such as a music player, by processing voice commands to select and present content. The system receives commands like artist, song/title, genre, or album/filtered list requests. After presenting the requested content, it enters a mode to generate additional content based on the initial selection. This mode extracts a summary music identification value (e.g., metadata or audio features) from the presented content and uses it to find and present additional content that matches within a user-defined range. The user can adjust this range along a scale to control how closely the additional content should match the original, producing different playlists. The system retrieves additional content from both non-local sources (e.g., internet streaming services) and local sources (e.g., MP3 libraries). For example, a playlist may include a song from a streaming service and another from a local library. The system also uses metadata from the initial content to refine content selection. Playback occurs through a loudspeaker. The voice command interface allows hands-free operation.
2. The system of claim 1 where the mode comprises providing sequential partial playback of content until a selection of content is made, and where the at least one non-local source includes internet, satellite radio, and broadcast radio.
This invention relates to a content playback system designed to enhance user interaction with media sources. The system addresses the challenge of efficiently navigating and selecting content from multiple non-local sources, such as the internet, satellite radio, and broadcast radio, by implementing a sequential partial playback mode. In this mode, the system previews content segments from different sources in a sequential manner, allowing users to sample portions of each before making a final selection. This approach reduces the time and effort required to browse through extensive content libraries, particularly when dealing with streaming or broadcast media. The system dynamically retrieves and presents these partial previews, ensuring users can quickly assess content relevance without committing to a full playback session. The invention also includes mechanisms to manage and prioritize content sources, optimizing the preview sequence based on user preferences or historical data. By integrating multiple non-local sources, the system provides a unified interface for accessing diverse media content while minimizing interruptions and improving user engagement. The sequential partial playback feature is particularly useful in environments where immediate content selection is desired, such as in-vehicle entertainment systems or smart home devices.
3. The system of claim 1 where the mode comprises presenting randomly selected content, and where the at least one local source includes a local digital media library and a local CD.
A system for managing and presenting digital media content is designed to address the challenge of efficiently organizing and accessing diverse media sources. The system integrates multiple local content sources, including a local digital media library and a local CD, to provide users with seamless access to their media files. A key feature of the system is its ability to operate in different modes, one of which involves presenting randomly selected content from the available sources. This mode ensures a dynamic and unpredictable media playback experience, enhancing user engagement by introducing variety. The system dynamically retrieves and displays content from the connected sources, allowing users to enjoy media without manual selection. The integration of local storage and physical media like CDs ensures compatibility with both digital and traditional media formats, providing flexibility in content consumption. The random selection mode eliminates the need for user intervention, making it ideal for background listening or casual browsing. By combining multiple local sources and offering automated content presentation, the system simplifies media management while enhancing user convenience.
4. The system of claim 1 where the mode comprises presenting a user with a more like option and a less like option and selecting additional content based on the option selected by the user.
This invention relates to a content recommendation system that improves user engagement by dynamically adjusting recommendations based on explicit user feedback. The system addresses the problem of generic or irrelevant content suggestions by incorporating real-time user preferences through interactive feedback mechanisms. The core system includes a content database, a recommendation engine, and a user interface that presents content to the user. The recommendation engine analyzes user behavior and content metadata to generate personalized recommendations. The system further includes a feedback module that allows users to provide explicit preferences by selecting between "more like" and "less like" options for presented content. When a user selects an option, the system refines future recommendations by prioritizing or deprioritizing content similar to the selected item. The feedback loop continuously updates the recommendation algorithm to enhance relevance and user satisfaction. This approach ensures that the system adapts to individual tastes, reducing the likelihood of presenting unwanted content and increasing engagement. The invention is particularly useful in media streaming, e-commerce, and social media platforms where personalized content delivery is critical.
5. The system of claim 1 where the mode comprises matching the content associated with the issued command with a pre-existing playlist and providing additional content from the playlist.
This invention relates to a content playback system that enhances user experience by dynamically matching issued commands with pre-existing playlists and supplementing the content with additional items from those playlists. The system operates in a media playback environment where users issue commands to play specific content, such as songs, videos, or other media. The problem addressed is the limitation of traditional playback systems that only play the explicitly requested content, missing opportunities to provide a more cohesive or extended listening or viewing experience. The system includes a command processing module that receives user commands specifying content to be played. A content matching module analyzes the content associated with the issued command and compares it to pre-existing playlists stored in a database. The matching process identifies playlists that include the requested content or similar content, ensuring relevance. Once a suitable playlist is identified, the system retrieves additional content from that playlist and integrates it into the playback sequence. This additional content is provided to the user alongside or following the originally requested content, creating a seamless and expanded experience. The system may also include user preference tracking to refine playlist matching over time, ensuring that the additional content aligns with the user's tastes. The invention improves upon prior art by intelligently leveraging existing playlists to enhance playback sessions, rather than relying solely on static or manually curated content. This approach reduces user effort while providing a more engaging and personalized experience.
6. A method, comprising: receiving an issued command of a plurality of commands comprising artist command, song/title command, genre command, and album/filtered list command via a command interface; presenting content associated with the issued command; and in a mode for presentation of additional content after presentation of the content associated with the issued command, obtaining a summary music identification value from the content being presented in response to the issued command, presenting additional content based on the summary music identification value, obtaining a user-varied acceptable range of matching between the summary music identification value of the content being presented and a summary music identification value of the additional content in order to produce different playlists, including a first playlist, the acceptable range being user-variable along a ranged scale comprising a plurality of points, wherein each point represents a degree of matching between the summary music identification value of the content being presented and the summary music identification value of the additional content, and wherein playlists that are produced comprise additional content matching, the content being presented within the acceptable range, wherein the additional content is added to the first playlist from a plurality of sources including at least one non-local source and at least one local source, where the issued command is a voice command, and wherein the additional content in the first playlist comprises a first song from the at least one non-local source and a second song from the at least one local source, and where the mode comprises obtaining meta data of the content associated with the issued command and using the meta data to select additional content, wherein the first song is obtained from an internet streaming service, and wherein the second song is obtained from a local MP3 library.
This invention relates to a music content presentation system that dynamically generates playlists based on user commands and adjustable matching criteria. The system receives voice commands to retrieve music content, such as artist, song, genre, or album-related content, and presents the requested content. In an extended mode, the system analyzes the presented content to extract a summary music identification value, which represents key attributes of the content. Using this value, the system generates additional playlists by matching other songs or tracks within a user-defined acceptable range of similarity. The acceptable range is adjustable along a scale, allowing users to control the degree of matching between the original content and the additional tracks. The system sources content from both local storage (e.g., an MP3 library) and non-local sources (e.g., internet streaming services), ensuring diverse playlist generation. Metadata from the original content is also used to refine content selection. For example, if a user requests a song via voice command, the system may generate a playlist that includes a similar song from a streaming service and another from the user's local library, ensuring a mix of sources. The adjustable matching range allows users to create playlists with varying degrees of similarity to the original content, enhancing personalization.
7. The method of claim 6 , wherein the plurality of sources includes internet radio, satellite radio, broadcast radio, and the local MP3 library.
This invention relates to a system for aggregating and managing audio content from multiple sources. The problem addressed is the fragmentation of audio content across different platforms, requiring users to switch between applications or devices to access diverse sources. The solution provides a unified interface that integrates internet radio, satellite radio, broadcast radio, and a local MP3 library into a single system. The system dynamically retrieves and organizes audio content from these sources, allowing users to browse, search, and play tracks seamlessly. It includes features for categorizing content by genre, artist, or station, as well as personalized recommendations based on user preferences. The system also supports background playback, offline listening, and cross-platform synchronization. By consolidating these sources, the invention simplifies audio content consumption, eliminating the need for multiple apps or devices. The integration of local MP3 libraries ensures users can access their personal collections alongside streaming services. The system may also include metadata management to enhance searchability and playback continuity. This approach improves user experience by providing a cohesive, all-in-one audio solution.
8. A system for controlling a content generation system, comprising: a command interface for receiving an issued command of a plurality of commands comprising artist command, song/title command, genre command, and album/filtered list command; a loudspeaker, a processor, and non-volatile memory including instructions executable by the processor to: receive the issued command, cause the content generation system to present content associated with the issued command, cause the content generation system to present content associated with the issued command, including reproducing the content associated with the issued command via the loudspeaker, the instructions further including a mode for presentation of additional content after presentation of the content associated with the issued command, wherein the mode comprises: obtaining a summary music identification value from the content being presented in response to the issued command and presenting additional content based on the summary music identification value, wherein the mode further comprises obtaining a user-varied acceptable range of matching between the summary music identification value of the content being presented and a summary music identification value of the additional content in order to produce different playlists including a first playlist, the acceptable range being user-variable along a ranged scale comprising a plurality of points, wherein each point represents a degree of matching between the summary music identification value of the content being presented and the summary music identification value of the additional content, and wherein playlists that are produced comprise additional content matching the content being presented within the acceptable range, wherein the additional content is added to the first playlist, wherein the additional content in the first playlist is retrieved from at least one non-local source and at least one local source, playing back the additional content via the loudspeaker, where the issued command is a voice command, and wherein the additional content in the first playlist comprises a first song from the at least one non-local source and a second song from the at least one local source, and where the mode comprises obtaining meta data of the content associated with the issued command and using the meta data to select additional content, wherein the first song is obtained from an internet streaming service, and wherein the second song is obtained from a local MP3 library.
This system controls a content generation system, such as a music player, by processing voice commands to select and present content. The system receives commands like artist, song/title, genre, or album/filtered list requests. Upon receiving a command, it presents the requested content, including playing it through a loudspeaker. The system also operates in a mode that generates additional content playlists based on the initially presented content. This involves extracting a summary music identification value from the content and using it to find matching additional content within a user-adjustable acceptable range. The range is variable along a scale representing degrees of similarity between the original and additional content. The system creates playlists containing content that matches the original within this range, combining songs from both non-local (e.g., internet streaming services) and local sources (e.g., MP3 libraries). The system also uses metadata from the original content to select additional songs. For example, a voice command requesting a song may trigger the system to generate a playlist that includes a similar song from a streaming service and another from a local library, ensuring a diverse and personalized listening experience.
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January 9, 2018
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